With over 20 years in mechanical design, Fertile Mined leads development from concept through prototyping and production — plastic injection molded parts, sheet metal enclosures, metal stampings, precision CNC and more.
Fertile Mined provides mechanical engineering for a broad range of markets — consumer and medical products, precision robotics and manufacturing assembly equipment. We look beyond the prosaic to find the differentiating solution in an otherwise staid product class.
On one recent program a promising product was bogged down by poor DFM and ergonomics. We reworked it: reduced assembly time, cut product weight by 20%, cut volume by 20%, sped deployment and improved both performance and reliability — then built, populated, assembled and tested working prototypes in-house.
Looking beyond flat sheet metal, we gave a staid product class a solution people actually wanted to touch.
DFM/DFA-driven design for molded housings and assemblies, from concept to production tooling.
Punched, bent, hydroformed, welded and spun constructions — cabinets, housings and brackets with local manufacturing resources.
Tight-tolerance machined components and metal stampings for demanding mechanical assemblies.
Simulation-led design so parts are validated before they're cut.
3D optical scanning and modeling to recreate, refine or extend existing hardware.
SLS, SLA and FDM prototypes — working hardware in days, not weeks.
Point us at a discipline, or hand us the whole product. We fold in testing, DFM/DFA and documentation at every step.
Before we design, we research where and how the product is used — and the manufacturing resources available to build it.
DFM and DFT are inputs, not afterthoughts. Designs maximize function and build cleanly on your resources.
Working prototypes fabricated, assembled and tested in-house — including performance evaluation.






Tell us the impossible version. That's the one we like.
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